- Add embedded-files configuration option for packaging Composer vendor files and PHP fallback files - Implement OPcache bytecode generation for embedded PHP files during build process - Update GitHub Actions workflows to handle PHP version-specific release packaging - Modify package.php to embed Composer runtime dependencies directly in compiler binaries - Remove vendor directory from release packages since dependencies are now embedded - Add comprehensive documentation for embedded-files feature in English and Chinese - Update README files to include embedded dependencies documentation links - Implement PHP ABI versioning in package filenames to distinguish different PHP builds - Add verification mechanism to ensure embedded Composer runtime functions correctly - Create detailed guides covering recommended setup, performance considerations, and build requirementsmaster
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# Embedding PHP Dependencies in an Executable |
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|
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`embedded-files` packages Composer dependencies, PHP fallback files, and |
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runtime resources into a TypePHP executable. It addresses these deployment |
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problems: |
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|
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- a third-party library cannot be compiled by TypePHP AOT; |
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- Composer autoload must still load that library lazily; |
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- the release host should not run `composer install` or carry a separate |
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`vendor` directory; |
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- read-only configuration, templates, certificates, or similar resources must |
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ship with the application. |
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|
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During the build, TypePHP converts PHP files that were not compiled through |
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`sources` into OPcache opcodes and stores every selected file in the executable. |
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At runtime, `require`, `require_once`, and Composer autoload load PHP scripts |
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from the in-memory opcode table. Other read-only files are served by the |
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in-memory file table. |
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|
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## Recommended setup |
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|
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Keep `embedded-files` disabled for development so builds use the workspace |
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`vendor` directory directly. Reuse the common configuration through YAML |
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`include`, and enable embedding only for release builds. |
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|
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`project.yml`: |
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|
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```yaml |
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name: myapp |
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mode: bin |
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build-dir: build |
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|
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sources: |
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- app.php |
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- src |
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|
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ignore: |
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- src/legacy |
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``` |
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|
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`project-release.yml`: |
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|
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```yaml |
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include: project.yml |
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optimize: 2 |
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|
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embedded-files: |
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- vendor |
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- resources/config |
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``` |
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|
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Build the release: |
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|
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```bash |
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composer install --no-dev --classmap-authoritative |
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tpc project-release.yml |
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``` |
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|
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The project-root `app.php` starts Composer autoload in the usual way: |
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|
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```php |
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<?php |
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|
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function main(): void |
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{ |
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require_once __DIR__ . '/vendor/autoload.php'; |
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|
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$application = new App\Application(); |
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$application->run(); |
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} |
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``` |
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|
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The resulting executable can run without the project source tree or a disk |
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`vendor` directory: |
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|
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```bash |
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mkdir -p /tmp/myapp-release |
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cp myapp /tmp/myapp-release/ |
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cd /tmp/myapp-release |
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./myapp |
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``` |
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|
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Here, standalone means that PHP CLI, Composer installation, and PHP project |
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files are no longer needed. The executable still has the native dependencies |
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selected by its build, such as `libphp`, PHPX, and other shared libraries. |
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Ship those dependencies in the release package or use a supported static-link |
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configuration. |
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|
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## Relationship between `sources`, `ignore`, and `embedded-files` |
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|
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The three settings have separate responsibilities: |
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|
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| Setting | Purpose | |
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|---|---| |
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| `sources` | Select PHP/C/C++ files translated to C++ and native machine code. | |
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| `ignore` | Remove files from the `sources` scan result. | |
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| `embedded-files` | Package files verbatim and generate opcodes for PHP files that were not successfully compiled by AOT. | |
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|
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A file may be selected by both `sources` and `embedded-files`: |
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|
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- a successfully AOT-compiled PHP file uses its native implementation and |
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does not receive a duplicate opcode blob; |
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- a PHP file excluded by `ignore`, or rejected because it uses unsupported AOT |
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syntax, enters the opcode table; |
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- `ignore` does not remove files from `embedded-files`; |
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- `.stub.php` files remain raw API declarations and never receive executable |
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opcodes. |
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|
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This lets the application enter `sources` while the complete `vendor` tree is |
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embedded. AOT-compatible code continues to run as machine code, and ZendVM |
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executes the remaining dependencies lazily. |
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|
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```yaml |
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sources: |
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- src |
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- vendor/acme/optimized-package/src |
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|
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embedded-files: |
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- vendor |
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``` |
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|
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There is no separate exclusion list for `embedded-files`. List the required |
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subdirectories or files instead of their common parent when some content must |
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not be packaged. |
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|
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## Configuration syntax |
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|
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The setting is explicitly enabled in a YAML project and must be a list. Each |
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entry may be a file, a directory, or a conditional path. Relative paths use the |
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outermost project YAML directory as their base. |
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|
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```yaml |
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embedded-files: |
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- vendor |
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- resources/app.json |
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- path: resources/windows |
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if: PHP_OS_FAMILY == "Windows" |
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- path: resources/php85 |
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if: PHP_VERSION_ID >= 80500 |
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``` |
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|
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Directories are scanned recursively and all regular files are archived. JSON, |
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YAML, templates, and other non-PHP resources retain their original bytes. |
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|
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Read embedded resources through their original paths: |
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|
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```php |
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$config = file_get_contents(__DIR__ . '/resources/app.json'); |
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``` |
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|
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Embedded files are read-only. Logs, caches, uploads, and databases belong in a |
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separate runtime data directory. Do not rely on `glob()` or directory iteration |
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over an embedded directory; read resources through known file paths. |
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|
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## Build requirements |
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|
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`embedded-files` is available only for a regular `mode: bin` build. It is not |
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available for `ext`, `lib`, Nano, WASI, iOS, or Android targets. |
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|
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The build host needs: |
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1. `php` or `php.exe` matching the target `libphp`; |
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2. Zend OPcache loadable by that CLI; |
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3. the same full PHP version, ZTS/NTS mode, Debug mode, and integer width as |
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the final runtime. |
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|
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Check the build PHP before compiling: |
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|
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```bash |
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php -r 'var_dump(PHP_VERSION, PHP_ZTS, extension_loaded("Zend OPcache"), function_exists("opcache_compile_file"));' |
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``` |
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|
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TypePHP probes OPcache with `-n` and tries the standard extension locations. |
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A standalone `tpc` without the matching PHP CLI and OPcache cannot build an |
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`embedded-files` project. |
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|
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OPcache is only the build-time serializer. The generated program does not need: |
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|
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- the OPcache extension; |
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- PHP CLI; |
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- a Composer installation; |
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- disk copies of `vendor/autoload.php` or any other embedded file. |
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|
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Embedded opcodes are tied to the complete PHP version. If the runtime PHP does |
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not match the PHP that generated the opcodes, the program reports the mismatch |
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at startup instead of executing incompatible bytecode. |
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|
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## Build output and logs |
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|
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A first build prints messages similar to: |
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|
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```text |
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embedded-files: found 3012 files (2886 PHP) |
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Generating embedded opcodes for 2886 PHP files |
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Vendor opcode cache: 0 reused, 2886 to generate |
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Packed 3012 files and 2886 opcode blobs |
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``` |
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|
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A later build can reuse Composer vendor opcodes: |
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|
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```text |
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Vendor opcode cache: 2886 reused, 0 to generate |
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Packed 3012 files and 2886 opcode blobs |
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``` |
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|
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Opcode blobs, the archive, and object files live under `build-dir/cache`. |
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Generated `embedded-opcodes-<name>.cc` contains only readable index code; large |
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file contents are not expanded into C++ arrays. |
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|
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A PHP file that OPcache cannot compile and is not expected to be required is |
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reported as `Skipping non-executable embedded PHP file`; its original bytes are |
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still archived. If the application can load that file, fix the build error |
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instead of ignoring the message. |
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|
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## Vendor opcode cache |
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|
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Persistent opcode caching is enabled only for a directory named `vendor` whose |
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root contains `autoload.php`. Its key includes: |
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|
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- the vendor root path and directory mtime; |
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- PHP CLI and OPcache binary signatures; |
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- PHP version, ZTS/Debug mode, and integer width. |
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|
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Other `embedded-files` directories regenerate their opcodes on every build |
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because the compiler has no reliable invalidation boundary for them. |
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|
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Editing an existing nested file does not necessarily change the vendor root |
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mtime. Use `--force` when this happens: |
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|
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```bash |
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tpc project-release.yml --force |
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``` |
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|
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Composer `install` or `update` normally rebuilds root entries and autoload |
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files, but a release build should still use `--force` after manual vendor |
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changes or whenever a cached result is questionable. |
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|
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## Performance and release guidance |
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|
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Embedding a large vendor tree increases the executable size, linker input, and |
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process startup cost. That fixed cost is visible in PHPT, unit tests, and local |
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workflows that start many short-lived processes. Recommended practice: |
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|
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- use `project.yml` without `embedded-files` for development and tests; |
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- enable it only in `project-release.yml`; |
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- keep the same `build-dir` to reuse opcode, archive, and object caches; |
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- reserve `--force` for vendor changes that did not invalidate the cache. |
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|
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Composer autoload remains lazy. ZendVM executes a vendor opcode only when code |
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first requests the corresponding class; embedding the complete vendor tree |
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does not execute every PHP file during process startup. |
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|
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## Frequently asked questions |
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|
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### Why is Composer autoload still required? |
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|
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`embedded-files` changes where files are stored and how PHP scripts are |
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compiled. It does not replace Composer's class map and PSR-4 rules. Require the |
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same `vendor/autoload.php`; the autoloader and later class files are loaded from |
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the executable's memory tables. |
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|
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### Can only `vendor/autoload.php` be embedded? |
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|
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No. The autoload file contains loading rules, while the actual package files |
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must also be present. Embed the complete `vendor` directory in normal projects. |
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|
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### Does the runtime host need OPcache? |
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|
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No. PHPX provides the decoding and execution integration linked into the |
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program. The OPcache extension is needed only to generate opcodes at build time. |
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|
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### Does this protect PHP source code? |
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|
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Do not treat it as encryption or source protection. The archive includes the |
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original bytes of selected files to support ordinary file reads. Someone who |
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can analyze the executable may still extract them. |
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|
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### What if vendor code depends on another PHP extension? |
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|
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`embedded-files` packages PHP files; it does not embed implementations such as |
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`curl` or `pdo_mysql`. Declare them through `ext-deps` or |
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`extension-dependencies` and provide them in the target runtime. |
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|
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```yaml |
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ext-deps: |
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- curl |
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- pdo_mysql |
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``` |
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@ -0,0 +1,262 @@ |
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# 将 PHP 依赖嵌入可执行文件 |
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|
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`embedded-files` 用于把 Composer 依赖、PHP fallback 文件和运行时资源打包进 |
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TypePHP 可执行文件。它主要解决以下部署问题： |
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|
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- 第三方库不支持 TypePHP AOT，无法放入 `sources` 原生编译； |
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- 程序仍需通过 Composer autoload 按需加载这些 PHP 类； |
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- 发布环境不希望执行 `composer install`，也不希望携带独立的 `vendor` 目录； |
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- 配置、模板、证书等只读文件也需要随程序一起发布。 |
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|
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启用后，TypePHP 在构建期将不能 AOT 编译的 PHP 文件转换为 OPcache opcode， |
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同时把配置中选中的全部文件写入可执行文件。运行时 `require`、`require_once` 和 |
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Composer autoload 直接从内存中的 opcode 表加载 PHP 文件，普通只读文件则通过 |
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内存文件表读取。 |
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|
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## 推荐用法 |
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|
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开发构建不启用 `embedded-files`，直接使用工作区中的 `vendor`。发布构建通过 |
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YAML `include` 复用公共配置，并只在发布阶段嵌入依赖。 |
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|
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`project.yml`： |
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|
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```yaml |
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name: myapp |
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mode: bin |
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build-dir: build |
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|
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sources: |
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- app.php |
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- src |
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|
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ignore: |
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|
- src/legacy |
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``` |
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|
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`project-release.yml`： |
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|
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```yaml |
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include: project.yml |
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optimize: 2 |
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|
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embedded-files: |
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- vendor |
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- resources/config |
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``` |
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|
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构建发布版本： |
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|
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```bash |
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composer install --no-dev --classmap-authoritative |
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tpc project-release.yml |
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``` |
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|
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项目根目录的 `app.php` 仍按普通 Composer 方式启动自动加载器： |
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|
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|
```php |
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<?php |
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|
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function main(): void |
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{ |
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require_once __DIR__ . '/vendor/autoload.php'; |
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|
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|
$application = new App\Application(); |
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$application->run(); |
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} |
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``` |
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|
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|
生成的可执行文件可以移到没有项目源码和 `vendor` 目录的位置运行： |
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|
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|
```bash |
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mkdir -p /tmp/myapp-release |
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cp myapp /tmp/myapp-release/ |
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cd /tmp/myapp-release |
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|
./myapp |
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|
``` |
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|
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|
这里的“独立运行”是指不再需要 PHP CLI、Composer 安装和磁盘上的 PHP 项目文件。 |
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|
程序仍需要构建方式所对应的 `libphp`、PHPX 及其他原生共享库；这些依赖需随发布包 |
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|
提供，或使用项目支持的静态链接方式处理。 |
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|
|
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## `sources`、`ignore` 和 `embedded-files` 的关系 |
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|
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|
三个配置项承担不同职责： |
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|
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|
| 配置 | 作用 | |
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|---|---| |
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|
| `sources` | 选择要翻译为 C++ 并编译为机器码的 PHP/C/C++ 文件。 | |
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| `ignore` | 从 `sources` 的扫描结果中排除文件。 | |
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|
| `embedded-files` | 选择要原样打包进可执行文件的文件，并为没有成功 AOT 编译的 PHP 文件生成 opcode。 | |
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|
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|
一个文件可以同时由 `sources` 和 `embedded-files` 选中： |
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|
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|
- 成功进入 AOT 的 PHP 文件使用原生实现，不再生成重复 opcode； |
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- 被 `ignore` 排除或因不支持的语法而未进入 AOT 的 PHP 文件会进入 opcode 表； |
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- `ignore` 不会从 `embedded-files` 中删除文件； |
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- `.stub.php` 只作为 API 声明原样打包，不会生成可执行 opcode。 |
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|
|
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|
因此可以先让应用代码进入 `sources`，再将整个 `vendor` 放入 |
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|
`embedded-files`。支持 AOT 的文件继续以机器码运行，其余依赖由 ZendVM 按需执行。 |
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|
|
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|
```yaml |
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|
sources: |
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|
- src |
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|
- vendor/acme/optimized-package/src |
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|
|
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|
embedded-files: |
||||||
|
- vendor |
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|
``` |
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|
|
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|
`embedded-files` 没有单独的排除列表。若不希望打包某个子目录，应列出实际需要的 |
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|
目录或文件，而不是配置整个上级目录。 |
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|
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|
## 支持的配置格式 |
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|
|
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|
该配置只在 YAML 项目中显式启用，值必须是列表。每一项可以是文件、目录或带条件的 |
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|
路径，相对路径以最外层项目 YAML 所在目录为基准。 |
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|
|
||||||
|
```yaml |
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|
embedded-files: |
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|
- vendor |
||||||
|
- resources/app.json |
||||||
|
- path: resources/windows |
||||||
|
if: PHP_OS_FAMILY == "Windows" |
||||||
|
- path: resources/php85 |
||||||
|
if: PHP_VERSION_ID >= 80500 |
||||||
|
``` |
||||||
|
|
||||||
|
目录会被递归扫描，其中的所有普通文件都会进入归档。除 PHP 文件外，JSON、YAML、 |
||||||
|
模板和其他资源也会按原始字节保存。 |
||||||
|
|
||||||
|
运行时可以使用原来的路径读取已嵌入文件： |
||||||
|
|
||||||
|
```php |
||||||
|
$config = file_get_contents(__DIR__ . '/resources/app.json'); |
||||||
|
``` |
||||||
|
|
||||||
|
内嵌文件是只读的。程序产生的日志、缓存、上传文件和数据库应写入单独的运行时数据 |
||||||
|
目录。不要依赖对内嵌目录执行 `glob()` 或目录遍历；应使用已知文件路径读取资源。 |
||||||
|
|
||||||
|
## 构建环境要求 |
||||||
|
|
||||||
|
`embedded-files` 仅支持普通的 `mode: bin` 构建。它不适用于 `ext`、`lib`、Nano、 |
||||||
|
WASI、iOS 或 Android 目标。 |
||||||
|
|
||||||
|
构建机必须具备： |
||||||
|
|
||||||
|
1. 与目标 `libphp` 匹配的 `php` 或 `php.exe`； |
||||||
|
2. 可由该 CLI 加载的 Zend OPcache 扩展； |
||||||
|
3. 与最终运行时一致的 PHP 完整版本、ZTS/NTS、Debug 模式和整数宽度。 |
||||||
|
|
||||||
|
可以先检查构建 PHP： |
||||||
|
|
||||||
|
```bash |
||||||
|
php -r 'var_dump(PHP_VERSION, PHP_ZTS, extension_loaded("Zend OPcache"), function_exists("opcache_compile_file"));' |
||||||
|
``` |
||||||
|
|
||||||
|
TypePHP 自己也会用 `-n` 探测 OPcache，并尝试加载标准位置中的扩展。仅有 `tpc` |
||||||
|
可执行文件但没有匹配的 PHP CLI 和 OPcache 时，无法构建 `embedded-files`。 |
||||||
|
|
||||||
|
OPcache 只参与构建期序列化。运行生成的程序时： |
||||||
|
|
||||||
|
- 不需要启用或安装 OPcache 扩展； |
||||||
|
- 不需要 PHP CLI； |
||||||
|
- 不需要执行 `composer install`； |
||||||
|
- 不需要磁盘上的 `vendor/autoload.php` 或其他已嵌入文件。 |
||||||
|
|
||||||
|
二进制中的 opcode 与 PHP 完整版本绑定。若运行时 PHP 与生成 opcode 的 PHP 版本 |
||||||
|
不同，程序会在启动时报告版本不匹配，而不会继续执行不兼容的字节码。 |
||||||
|
|
||||||
|
## 构建输出和日志 |
||||||
|
|
||||||
|
首次构建会看到类似输出： |
||||||
|
|
||||||
|
```text |
||||||
|
embedded-files: found 3012 files (2886 PHP) |
||||||
|
Generating embedded opcodes for 2886 PHP files |
||||||
|
Vendor opcode cache: 0 reused, 2886 to generate |
||||||
|
Packed 3012 files and 2886 opcode blobs |
||||||
|
``` |
||||||
|
|
||||||
|
再次构建时，满足缓存条件的 Composer vendor opcode 会被复用： |
||||||
|
|
||||||
|
```text |
||||||
|
Vendor opcode cache: 2886 reused, 0 to generate |
||||||
|
Packed 3012 files and 2886 opcode blobs |
||||||
|
``` |
||||||
|
|
||||||
|
内部 opcode、归档和对象文件位于 `build-dir/cache`。生成的 |
||||||
|
`embedded-opcodes-<name>.cc` 只包含可读的索引代码，大块文件内容不会展开成 C++ |
||||||
|
数组。 |
||||||
|
|
||||||
|
OPcache 无法编译且预期不会被 `require` 的 PHP 文件会显示 |
||||||
|
`Skipping non-executable embedded PHP file`，文件原始内容仍会被打包。若程序实际会 |
||||||
|
加载该文件，应修复构建错误，不能忽略这条日志。 |
||||||
|
|
||||||
|
## vendor opcode 缓存 |
||||||
|
|
||||||
|
只有目录名为 `vendor` 且根目录存在 `autoload.php` 时，TypePHP 才启用持久 opcode |
||||||
|
缓存。缓存键包含： |
||||||
|
|
||||||
|
- vendor 根目录路径和目录 mtime； |
||||||
|
- PHP CLI 与 OPcache 二进制签名； |
||||||
|
- PHP 版本、ZTS/Debug 模式及整数宽度。 |
||||||
|
|
||||||
|
其他 `embedded-files` 目录每次构建都会重新生成 opcode，因为编译器无法确定它们的 |
||||||
|
可靠失效边界。 |
||||||
|
|
||||||
|
直接修改 vendor 中一个已有文件不一定改变 vendor 根目录 mtime。此时使用 |
||||||
|
`--force` 重新生成： |
||||||
|
|
||||||
|
```bash |
||||||
|
tpc project-release.yml --force |
||||||
|
``` |
||||||
|
|
||||||
|
Composer `install` 或 `update` 通常会重建根目录内容和 autoload 文件，但发布流程仍应 |
||||||
|
在依赖发生人工修改或缓存结果可疑时使用 `--force`。 |
||||||
|
|
||||||
|
## 性能和发布建议 |
||||||
|
|
||||||
|
嵌入大量 vendor 文件会增大最终二进制、链接输入和进程启动成本。对于频繁启动大量 |
||||||
|
短进程的 PHPT、单元测试或本地开发，这部分固定成本会很明显。因此建议： |
||||||
|
|
||||||
|
- 开发和测试使用不含 `embedded-files` 的 `project.yml`； |
||||||
|
- 只在交付构建使用 `project-release.yml`； |
||||||
|
- 保留同一个 `build-dir` 以复用 opcode、归档和对象缓存； |
||||||
|
- 修改 vendor 内容但缓存未失效时再使用 `--force`。 |
||||||
|
|
||||||
|
Composer autoload 仍是懒加载：只有代码首次引用某个类时，对应 vendor opcode 才由 |
||||||
|
ZendVM 执行。打包整个 vendor 不会在程序启动时执行全部 PHP 文件。 |
||||||
|
|
||||||
|
## 常见问题 |
||||||
|
|
||||||
|
### 为什么配置后仍然需要 Composer autoload？ |
||||||
|
|
||||||
|
`embedded-files` 改变的是文件保存位置和 PHP 文件的编译来源，不会替代 Composer |
||||||
|
生成的类映射与 PSR-4 规则。程序仍然 `require_once` 同一个 |
||||||
|
`vendor/autoload.php`，只是该文件和后续类文件都从二进制内存表加载。 |
||||||
|
|
||||||
|
### 能否只把 `vendor/autoload.php` 放进去？ |
||||||
|
|
||||||
|
不能。autoload 文件只包含加载规则，真正的包文件也必须存在于 `embedded-files` |
||||||
|
中。通常应直接配置整个 `vendor`。 |
||||||
|
|
||||||
|
### 运行主机需要 OPcache 吗？ |
||||||
|
|
||||||
|
不需要。反序列化和执行支持已经随 PHPX 链入程序。OPcache 扩展只用于构建 opcode。 |
||||||
|
|
||||||
|
### 这是否能保护 PHP 源码？ |
||||||
|
|
||||||
|
不要把它当作加密或源码保护功能。为了支持普通文件读取，归档中包含所选文件的原始 |
||||||
|
字节；能够分析二进制文件的人仍可能提取这些内容。 |
||||||
|
|
||||||
|
### vendor 代码依赖其他 PHP 扩展怎么办？ |
||||||
|
|
||||||
|
`embedded-files` 只打包 PHP 文件，不会把 `curl`、`pdo_mysql` 等扩展实现打进程序。 |
||||||
|
应使用 `ext-deps` / `extension-dependencies` 声明依赖，并在目标运行时提供对应扩展。 |
||||||
|
|
||||||
|
```yaml |
||||||
|
ext-deps: |
||||||
|
- curl |
||||||
|
- pdo_mysql |
||||||
|
``` |
||||||
Loading…
Reference in new issue